Veterinary Medicine Diseases

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⚫️Tracheal CollapseTracheal collapse is a chronic, progressive, irreversible disease of the trachea, or windpipe, and lo...
06/06/2026

⚫️Tracheal Collapse

Tracheal collapse is a chronic, progressive, irreversible disease of the trachea, or windpipe, and lower airways (mainstem bronchi collapse). The trachea is a flexible tube and, similar to a vacuum cleaner hose. It has small rings of cartilage that help keep the airway open when the dog is breathing, moving or coughing. The rings of cartilage are C-shaped, with the open part of the C facing upward. In some dogs, the C-shaped cartilage becomes weak and begins to flatten out. As the roof of the trachea stretches, the cartilage rings get flatter and flatter until the trachea collapses (Figure 1). The collapse can extend all the way into the bronchi (the tubes that feed air into the lungs), resulting in severe airway compromise in your pet.

Small breed dogs are most commonly affected with the disease, particularly Yorkshire terriers, Pomeranians, Poodles and Chihuahuas. Affected dogs are often middle aged or older, though it can be seen in some young dogs as well. Dogs that are overweight or that live in a household with smokers may be more at risk or at least more likely to show clinical signs.

⚫️Signs & Symptoms
harsh dry cough that sounds like a goose honking
coughing when picked up or if someone pulls on their collar
difficulty breathing
exercise intolerance
coughing or turning blue when excited
fainting
wheezy noise when they breathe inward

⚫️Diagnostics
In general, the following tests are recommended to diagnose the degree of collapse, provide a clear picture of overall health and evaluate your pet:

bloodwork to look at overall health
chest x-rays (Figure 2, 3) may help with the diagnosis in some pets, and are useful for ruling out other conditions and looking at the size of the heart. Tracheal collapse is not always visible on regular x-rays.
fluoroscopy (a moving x-ray) ̶ this will allow a check of the condition of your dog’s trachea when he/she is breathing in and out (Figure 4). This is important since the size of the trachea can change depending on if your dog is breathing in or out.
endoscopy (viewing the inside of the trachea with a fiber optic camera) provides the best detail of the inside of the airway (Figure 5) and allows your veterinarian to take fluid samples for culture and analysis
echocardiogram (an ultrasound of the heart) ̶ to evaluate cardiac function

Medical Management

Medical management includes:

weight loss
medications to reduce airway spasms and inflammation
sedation to reduce coughing and anxiety
Some dogs may require heavy doses of sedation to break the coughing cycle, since coughing will irritate the airway and lead to more coughing. Additionally, dogs should be kept away from smoke and other environmental pollution (coughing may be even stimulated by smoke or other irritants brought in on clothing and hair). Dogs with infections are treated with antibiotics.

Medical management may work for up to 70% of dogs, particularly those that have mild collapse. As the disease progresses, some pets do not respond to medical management, and require surgical or interventional treatment. Medical management will need to be continued for life, even after other interventions.

Surgical Management

Collapse of the trachea in the neck may be treated by an ACVS board-certified veterinary surgeon surgically placing plastic rings (Figure 6, Figure 7) or spirals around the outside of the trachea.

Tracheal collapse may also be treated by placing a stent ̶ a spring like device ̶ inside the airway to hold the trachea open (Figure 😎. Stents allow treatment of tracheal collapse in the neck or within the chest without a surgical incision.

Aftercare and Outcome
Most pets are discharged 1–2 days after surgery. They are usually returned for recheck and removal of skin sutures or staples (if present). Pain can be well-controlled with owner-administered medications.

Recommendations following ring or stent placement include:

continued medical management with medications to decrease pain, swelling, coughing and excitement
use of a body harness (not a neck lead or leash)
limited activity for about two weeks to allow recovery and incision healing
weight loss
avoiding exposure to smoke or other airway irritants
use of a humidifier in the winter when heaters are used
regular follow-up examinations by your primary care veterinarian
Post-treatment complications can include:

Surgery to place rings around the trachea may result in coughing, bleeding, airway damage, or paralysis of the larynx. Dogs that have a paralyzed larynx may require emergency surgery to tie open the airway or to temporarily allow breathing through a hole in the neck (“tracheostomy”), and some may die immediately after surgery.
Many dogs will continue to cough for the rest of their lives, though the cough is usually milder than before treatment.
Some dogs will continue to have clinical signs if collapse of the airway progresses into the smaller airways (bronchial collapse).
Stents placed in the airway can also contribute to irritation and coughing. If enough inflammation occurs, the dogs can develop thick tissue in front of or behind the stent that blocks part of the airway (Figure 9).
Stents that span the thoracic inlet, where the trachea enters the chest, are at risk of breaking due to movement of this area (Figure 10).
Stents that are too small can move within the trachea.
At this time there is no known prevention for tracheal collapse, although reducing weight or exposure to airway irritants such as smoke may help. About 70% of dogs that are treated with medical management alone will show some improvement. About 75% of dogs improve after surgical placement of rings. Dogs that are older than 6 years of age or that have laryngeal or bronchial disease have more complications and a poorer long-term outcome. Of dogs that receive stents, 95% are immediately improved and 90% are markedly improved on their follow-up visit. Similar results are reported with rings placed in the cervical (neck) region of the trachea. Control of coughing is important for a good outcome, and dogs with bronchial collapse (and therefore continued coughing) are much more likely to have problems after stent or ring placement.

Ref: https://www.acvs.org/small-animal/tracheal-collapse/?utm_source=chatgpt.com

⚫️Inflammation of the Kidneys in Hamsters⚫️Nephritis in HamstersNephritis is a medical condition that causes kidney infl...
05/06/2026

⚫️Inflammation of the Kidneys in Hamsters

⚫️Nephritis in Hamsters

Nephritis is a medical condition that causes kidney inflammation. This may occur in one or both kidneys. Typically, the inflammation is brought on by a viral or bacterial infection. Nephritis may also be due to disorders of the immune system or high blood pressure. If left untreated, degeneration of the kidneys sets in, wherein normal kidney tissue is replaced by fibrous tissue. This is called nephrosis.

⚫️Symptoms

Dull and depressed appearance
Elevated body temperature
Dry coat
Abdominal pain
Severe thirst
Abnormally high production of urine, which may be cloudy
Elevated levels of protein and ammonia in the urine
Causes

In addition to bacterial or viral infection, high blood pressure in the kidneys and immune system disorders can lead to nephritis in hamsters.

⚫️Diagnosis

After asking you several questions about the hamster’s medical history and observing its clinical signs, your veterinarian will make a preliminary diagnosis. However, to differentiate from other kidney diseases, a urine sample will be analyzed. A hamster with nephritis will have elevated levels of protein and ammonia in its urine. X-rays may also reveal inflammation of the kidneys.

⚫️Treatment

To alleviate the inflammation your veterinarian might consider the administration of fluids and corticosteroids; vitamin B complex is also sometimes recommended. And if the inflammation is due to an infection, antibiotics are given to the hamster.

⚫️Living and Management

First and foremost, your hamster needs plenty of rest in a calm, clean, and sanitary environment. Consult your veterinarian to formulate a diet that meets the hamster’s special needs and follow any other instructions your veterinarian may have given.

⚫️Prevention

Preventing nephritis is often not practical, except when infections is at the root of the problem. In those cases, treating your hamster quickly will help reduce the chances those infectious agents affect the kidneys and subsequently cause nephritis.

By PetMD Editorial
Published Jul. 9, 2010

Ref : https://www.petmd.com/exotic/conditions/urinary/c_ex_hm_nephritis

⚫️What is Diabetes?Diabetes mellitus is a condition in which the body cannot properly produce or respond to the hormone ...
03/06/2026

⚫️What is Diabetes?

Diabetes mellitus is a condition in which the body cannot properly produce or respond to the hormone insulin. This results in elevated levels of the sugar glucose in the blood, which is the main source of energy for the body.

Like the human body, the cells in a cat’s body need sugar in the form of glucose for energy. However, glucose in the blood requires insulin, a hormone produced by the pancreas, to “unlock” the door to cells. Insulin attaches to cells and signals when the time is right to absorb glucose. By absorbing glucose, cells in fat deposits, the liver, and the muscles get vital fuel while lowering levels of glucose in the blood.

In Type I diabetes, blood glucose concentrations are high because of a decrease in insulin production. In Type II diabetes, glucose levels are high because cells in the body do not respond appropriately to insulin. In both Type I and Type II diabetes, cells cannot access the nutrients they need even though there is plenty of sugar in the blood, because insulin can’t transport the sugar from the bloodstream into the cells that need it.

Cats with diabetes most commonly suffer from the Type II form of the disease. It is estimated that between 1:100 and 1:500 cats will be diagnosed with diabetes during their lifetime.

⚫️Risk Factors

The most important risk factors identified for the development of diabetes in cats include obesity, increasing age, physical inactivity, male gender, and the use of glucocorticoids (steroids) to treat other illnesses such as feline asthma. In some countries, Burmese cats appear to have a higher risk of developing diabetes than other breeds, but this may not be true in the United States.

Obese cats are up to four times more likely to develop diabetes than ideal weight cats, so the most important thing a cat owner can do to decrease their risk of developing diabetes is to maintain a healthy weight and encourage physical activity through daily play.

⚫️Clinical Signs

The two most common signs of diabetes noticed by owners at home are weight loss despite a good appetite and increased thirst and urination.

Weight loss may be noticed at home or during a routine examination with the veterinarian. In both Type I and Type II diabetes, the cells in the body are unable to absorb glucose from the blood and become starved of energy. To get the energy it needs, the body turns to other sources, breaking down fats and proteins to feed glucose-starved cells. This breakdown results in weight loss, despite an increased appetite.

Excessive thirst and urination can also signal diabetes in a cat. High levels of sugar in the blood can overwhelm the ability of the kidney to filter glucose, allowing sugar to “spill out” of the blood and into the urine. This high urine glucose concentration can actually pull excessive amounts of water into the urine, resulting in increased urine volume, increased urinary water loss, a propensity for dehydration, and a compensatory increase in thirst.

In rare cases of uncontrolled diabetes, cats may experience damage to the nerves in the hind limbs, resulting in a “plantigrade” stance of the hind limbs (walking or standing with their hocks on or close to the ground). This is not painful, and will often resolve with treatment.

⚫️Diagnosis

Your veterinarian will diagnose diabetes mellitus by demonstrating persistently elevated glucose levels in a cat’s blood and urine. This testing, along with consistent clinical signs, will lead to the diagnosis of diabetes.

A single blood glucose reading in a veterinary clinic may not be sufficient to diagnose diabetes in all cases. Cats can develop a short-term elevation in blood glucose as a response to stress, known as stress hyperglycemia. In these uncertain cases a lab test known as a fructosamine concentration can be helpful. This test gives a rough average of a cat’s blood glucose concentration over the last two weeks, so would not be affected by stress hyperglycemia.

Other tests will likely be recommended by the veterinarian to rule out other diseases which might be contributing to a cat’s clinical signs, such as a urinary tract infection, chronic kidney disease, pancreatitis or hyperthyroidism.

⚫️Treatment

The main goals of treatment for feline diabetes are:

Restoring normal blood glucose concentrations
Stopping or controlling weight loss
Stopping or minimizing signs of increased thirst and urination
Avoiding inappropriately low blood sugar due to treatment (hypoglycemia)
These goals are traditionally achieved through a combination of insulin and dietary therapy, though new oral medications may be a good treatment option for some cats. Treatment options should be discussed with the veterinarian based on each individual cat.

⚫️Insulin Therapy

Injectable insulin is a mainstay of treatment for feline diabetes and has generally been considered the standard of care for cats with this disease. There are multiple types of insulin preparations that can be used for cats in the treatment of diabetes, such as lente insulin (Vetsulin), ProZinc or glargine insulin. These types of insulin vary in cost, duration of action, and concentration, so it is important for an owner to discuss the pros and cons of each type with their veterinarian when deciding which insulin is best for their cat. It is also important to note that each insulin type has a specific syringe size (U-100 or U-40), so it is vital that a cat owner ensure that they are using the appropriate syringe for their cat’s insulin.

Insulin injections are given under the skin (subcutaneously) approximately every 12 hours. While giving injections may seem daunting, most owners can be taught to administer these injections at home quite easily and due to the very small needle size, cats tend to tolerate these injections very well. Though ideally injections should be spaced 12 hours apart, varying injection times by 1-2 hours when needed will not adversely affect a cats’ treatment.

⚫️Dietary Therapy

A diet low in carbohydrates has been shown to improve blood sugar regulation in diabetic cats. There are several prescription food options that are available in both wet and dry food forms, though feeding a wet-food only diet may be beneficial for many cats. For cats who are overweight when diagnosed with diabetes, slow, controlled weight loss under the close monitoring of a veterinarian is very important to achieve better control over blood glucose levels.

The optimal timing of meals for diabetic cats is controversial. Many veterinarians recommend feeding at the time of insulin injection to avoid a dangerous drop in blood glucose levels. However, there is no definitive evidence that the timing or frequency of meals in diabetic cats protects them from insulin-induced hypoglycemia. With a low carbohydrate diet, free choice feeding may be acceptable for cats who prefer to “graze” throughout the day, especially if a longer-acting insulin preparation is used. If food must be withheld for any reason, such as an anesthetic procedure, it is generally recommended to give 50 percent of the usual dose of insulin, with careful follow-up monitoring to ensure good glycemic control.

⚫️Oral Medications

In 2023, a new class of medications that are administered by mouth once daily was approved for the treatment of feline diabetes,. These medications, known as SGLT2 (sodium-glucose cotransporter 2) inhibitors, lower the concentration of glucose in the blood by increasing the amount excreted through the kidneys. These medications help improve the clinical signs of diabetes by lowering insulin resistance and reducing damage to the pancreas, allowing the cat to produce more of its own insulin. Because these treatments rely on the cat making at least some insulin on its own, it is not appropriate for every patient, and this treatment should be discussed with a veterinarian before starting. SGLT2 inhibitors are approved for treatment of newly-diagnosed diabetic cats who are otherwise healthy and have not been previously treated with any injectable insulin, and studies have shown these medications to be more than 80% effective at improving blood glucose control in appropriate patients.

⚫️Monitoring

Close monitoring by both the owner and the veterinarian is an essential part of treatment for a diabetic cat. Regular monitoring will help determine the ideal insulin dose for each cat as well as help avoid complications, such as hypoglycemia or uncontrolled diabetes and diabetic ketoacidosis. Regular assessments of weight, water intake, and appetite should be recorded to help determine if treatment goals are being met.

Blood glucose curves are the ideal way to monitor blood sugar regulation during treatment. During a blood glucose curve, the cat’s blood sugar will be checked right before receiving an insulin injection, and then every 1-4 hours throughout the day. This helps make sure that the average blood glucose is within an acceptable range, and that the value does not drop dangerously low at any time throughout the day. These assessments may need to be performed every few weeks when a cat is first diagnosed with diabetes in order to determine the appropriate dose of insulin, but can be spaced out further once the diabetes is more well-regulated. Even in a stable cat, blood glucose curves should still be performed every 3-4 months, as insulin needs can change over time.

Eventually, many cat owners can learn to perform blood glucose curves at home. This helps avoid stress hyperglycemia and inappetence experienced by many cats in the veterinary clinic, and can therefore give more accurate results. Blood can be collected at home from an ear vein or paw pad, and should be read on a blood glucose monitor that has been tested in cats. Alternatively, some veterinarians may utilize a continuous blood glucose monitoring system to help determine blood sugar concentrations at home. With this approach, a small monitor is implanted on the cat’s skin in the veterinary clinic, which stays in place and records blood glucose readings every few minutes for a few days up to two weeks. Though this can provide a lot of information without repeated needle pricks, not all cats will tolerate the monitor for long so it is not a viable option for all owners. It is very important that owners who monitor blood glucose readings at home do NOT change their cat’s insulin dose without discussing first with their veterinarian.

If performing a blood glucose curve is not an option, a fructosamine concentration can be used to get a rough estimate of blood sugar control over the last two weeks with a single blood draw. However, this is not an ideal way of monitoring a diabetic cat as it only measures the average, rather than the blood sugar highs and lows throughout the day, which are often more important in determining the success of their treatment.

For cats being treated with an SGLT2 inhibitor, close monitoring is also important, especially during the beginning of the treatment. Bloodwork, including ketone levels and blood glucose curves, will be regularly monitored, as well as physical examinations and weight measurements.

⚫️Prognosis and Remission

Though there is no cure for feline diabetes, the prognosis for a good quality of life is good with adequate management at home. With early, aggressive treatment of diabetes, many cats will enter a state of diabetic remission, meaning they are able to maintain normal blood sugar levels without insulin injections. Older cats, cats who have previously received steroid medications, and cats treated with glargine insulin have been shown to be more likely to go into diabetic remission, but the most important factor is starting insulin therapy early and monitoring closely. If a cat has not entered diabetic remission within the first six months after diagnosis, it will almost certainly require life-long insulin injections. Cats who have achieved diabetic remission should continue to be fed a low-carbohydrate diet and receive close monitoring, as some will eventually require insulin therapy again.

Possible Complications

Insulin therapy and SGLT2 medications lower blood glucose, possibly to dangerously low levels. Signs of low blood sugar (hypoglycemia) include weakness, lethargy, vomiting, lack of coordination, seizures, and coma. Hypoglycemia can be fatal if left untreated, so any diabetic cat that shows any of these signs should be offered its regular food immediately. If the cat does not eat voluntarily, it should be given oral glucose in the form of honey, corn syrup, or proprietary dextrose gels (available at most pharmacies) and brought to a veterinarian immediately. It is important, however, that owners not attempt to force fingers, food, or fluids into the mouth of a convulsing or comatose cat.

Diabetic cats with uncontrolled diabetes may develop a condition known as ketoacidosis. This occurs when cells starved for glucose begin to break down fats for energy, a process that creates chemicals called ketones, which make the blood more acidic. Ketoacidosis is considered a medical emergency, and cats diagnosed with this complication require hospitalization for ideal management.

Monitoring Your Cat At Home

Monitoring a diabetic cat at home requires careful attention to a few things. Cats with well-controlled diabetes should maintain a normal activity level and demeanor. Owners should also monitor daily water intake, urine production, appetite, body weight, amount of insulin or medication administered, and possibly blood or urine glucose levels. Monitoring is best coordinated in close collaboration with your veterinarian to achieve optimal control over your cat’s diabetes.

Updated 2024


Insulin injections are the preferred method of managing diabetes in cats.

Figure 1: To administer an injection, pull the loose skin between the shoulder blades with one hand. With the other hand, insert the needle directly into the indentation made by holding up the skin, draw back on the plunger slightly, and if no blood appears in the syringe, inject gently.

Tips for Treatment

You can do it! Treating your cat may sound difficult, but for most owners it soon becomes routine.
Work very closely with your veterinarian to get the best results for your cat.
Once your cat has been diagnosed, it's best to start insulin therapy as soon as possible.
Home glucose monitoring can be very helpful.
Tracking your cat's water intake, activity level, appetite, and weight can be beneficial.
A low carbohydrate diet helps diabetic cats maintain proper glucose levels.
With careful treatment, your cat's diabetes may well go into remission.
If your cat shows signs of hypoglycemia (lethargy, weakness, tremors, seizures, vomiting) apply honey, a glucose solution, or dextrose gel to the gums and immediately contact a veterinarian.
Possible Complications

Insulin therapy lowers blood glucose, possibly to dangerously low levels. Signs of low blood sugar (hypoglycemia) include weakness, lethargy, vomiting, lack of coordination, seizures, and coma. Hypoglycemia can be fatal if left untreated, so any diabetic cat that shows any of these signs should be offered its regular food immediately. If the cat does not eat voluntarily, it should be given oral glucose in the form of honey, corn syrup, or proprietary dextrose gels (available at most pharmacies) and brought to a veterinarian immediately. It is important, however, that owners not attempt to force fingers, food, or fluids into the mouth of a convulsing or comatose cat.

Diabetic cats with uncontrolled diabetes may develop a condition known as ketoacidosis. This occurs when cells starved for glucose begin to break down fats for energy, a process that creates chemicals called ketones, which make the blood more acidic. Ketoacidosis is considered a medical emergency, and cats diagnosed with this complication require hospitalization for ideal management.

Monitoring Your Cat At Home

Monitoring a diabetic cat at home requires careful attention to a few things. Cats with well-controlled diabetes should maintain a normal activity level and demeanor. Owners should also monitor daily water intake, urine production, appetite, body weight, amount of insulin administered, and possibly blood or urine glucose levels. Monitoring is best coordinated in close collaboration with your veterinarian to achieve optimal control of your cat’s diabetes.

Ref: https://www.vet.cornell.edu/departments-centers-and-institutes/cornell-feline-health-center/health-information/feline-health-topics/feline-diabetes

⚫️Epilepsy & Seizures in Dogs: Signs, Symptoms & TreatmentPet HealthNeurologyEducationDog owner comforting their pet on ...
27/05/2026

⚫️Epilepsy & Seizures in Dogs: Signs, Symptoms & Treatment

Pet HealthNeurologyEducation
Dog owner comforting their pet on a veterinary table while a vet examines them for possible seizures.
With the right care, dogs with epilepsy can live happy, healthy lives.

A sudden seizure can be one of the scariest moments for a dog owner. One second, your pup is fine; then suddenly, they collapse, convulse, or stare blankly into space. You feel helpless, not knowing what’s happening or how to stop it.

Epilepsy is one of the most common neurological disorders in dogs, affecting thousands of pets each year. While it can’t be cured, the good news is that it can be managed with the right treatment and expert care.

At Sage Veterinary Imaging (SVI), we specialize in advanced diagnostics, using high-resolution MRI and CT scans to pinpoint the causes of seizures and provide answers for your pets—fast.

In this guide, you’ll learn:

How to recognize seizures in dogs, from early warning signs to different seizure types
The top causes of canine epilepsy, including genetic and environmental factors
Your best treatment options, medications, lifestyle changes, and when to seek specialized care
If your dog has experienced a seizure, getting an accurate diagnosis is the first step toward better management. Keep reading to learn how to protect your pup and how SVI can help.

▪️What is Epilepsy in Dogs?

Epilepsy is a neurological disorder that causes recurrent, unpredictable seizures in dogs. Unlike seizures caused by injury or illness, epilepsy occurs without an obvious external trigger.

Essentially, a dog’s brain appears normal, but its electrical activity misfires, leading to sudden episodes of muscle twitching, convulsions, or loss of awareness.

Fast Facts About Canine Epilepsy

📌 Epilepsy is the most common neurological disorder in dogs, affecting approximately 0.75% of the canine population.

📌 Up to 2% of all dogs will experience at least one seizure in their lifetime. (American Kennel Club Canine Health Foundation)

📌 Seizures are caused by sudden, excessive electrical activity in the brain, leading to involuntary movements, shaking, or temporary loss of awareness. (American College of Veterinary Internal Medicine)

Epileptic seizures can vary in intensity and frequency. Some dogs may have mild, brief twitching episodes, while others experience full-body convulsions that last longer.

Below, you’ll come to understand what epilepsy is and how to recognize its symptoms. This will help you take the right steps toward managing your dog’s long-term health.

Signs & Symptoms of Epilepsy in Dogs
A light brown dog lying on a wooden floor looking tired, which can be a symptom of canine epilepsy.
Dogs with epilepsy may appear tired or disoriented after a seizure, which is part of the recovery process.

Seizures can be frightening to witness, but knowing what to expect can help you stay calm and act quickly.

The main symptom of epilepsy in dogs is recurrent seizures, but they don’t always look the same. Some dogs may have subtle twitches, while others experience full-body convulsions.

Before a Seizure: The Aura Stage

Many dogs show signs of distress before a seizure begins. This is called the aura stage. During this phase, your dog may:

Pace restlessly

Seem anxious, clingy, or withdrawn

Whine, drool, or stare into space

Act as if they "sense" something is wrong

Not all dogs experience an aura stage, but if yours does, recognizing it can help you prepare and keep them safe.

During a Seizure: What to Look For

A seizure occurs when abnormal electrical activity in the brain causes involuntary muscle movements. Your dog may display:

Stiffening of the neck and legs

Shaking, tremors, or convulsions

Excessive drooling or foaming at the mouth

Uncontrollable chewing or chomping motions

Loss of bladder or bowel control

Collapsing or temporary loss of consciousness

Seizures typically last between 30-90 seconds, but some may be shorter or longer with some lasting more more than 5 minutes.

After a Seizure: The Post-Ictal Period

Once the seizure ends, your dog enters the post-ictal phase, which can last from a few minutes to a few hours. They may:

Appear confused or disoriented

Be temporarily blind or unsteady on their feet

Pant excessively or seem restless

Act hungry or thirsty

This phase can be distressing, but comforting your dog with a calm voice and keeping their environment quiet and safe can help them recover.

When to Call Your Vet

If your dog’s seizure lasts more than 5 minutes

If they have multiple seizures in a short period

If seizures start happening more frequently

If your dog injures themselves during a seizure

Call your vet immediately if you notice any of these warning signs. Remember, they’re there to help, and early intervention often leads to better management of this condition.

In the next section, we’ll explore what causes epilepsy in dogs and how a proper diagnosis can help manage it.

What Causes Epilepsy in Dogs?
A brown dog with a pink collar eating from a white bowl on a wooden floor, highlighting diet and epilepsy.
A balanced diet may help manage epilepsy in dogs by supporting overall brain health and reducing triggers.

The exact cause of epilepsy in dogs isn’t always clear, but in many cases, the condition is inherited. Certain breeds are more prone to epilepsy due to genetic predisposition, while some dogs develop seizures due to structural abnormalities in the brain.

However, in most cases of epilepsy, no obvious cause can be identified (American College of Veterinary Internal Medicine).

Is Epilepsy in Dogs Genetic?

Research suggests that genetic mutations play a role in canine epilepsy, just as they do in humans. However, environmental factors may also contribute, though they are not yet fully understood. Scientists continue to study how both genes and external triggers, such as stress, diet, or toxins, might influence seizure activity in dogs.

Dog Breeds Prone to Epilepsy

While epilepsy can occur in any dog, some breeds are at higher risk due to hereditary factors. Studies have identified at least 26 breeds with a genetic predisposition to epilepsy.

Those with the highest occurrence rates include:

Beagles

Bernese Mountain Dogs

Border Collies

Boxers

Cocker Spaniels

Golden Retrievers

Poodles

Corgis

German Shepherds

This is not a complete list, and epilepsy can affect mixed-breed dogs as well. Unfortunately, there is no genetic test to predict epilepsy before seizures begin. That’s why early recognition of symptoms is key to getting the right diagnosis and treatment.

In the next section, we’ll discuss how epilepsy is diagnosed in dogs and how advanced imaging, like MRI and CT scans, can provide clarity when other tests don’t.

How to Diagnose Epilepsy in Dogs

Diagnosing epilepsy in dogs can be challenging because there’s no single test that confirms the condition. Instead, veterinarians use a "diagnosis of exclusion,” meaning they rule out other possible causes of seizures before determining that epilepsy is the most likely explanation (American College of Veterinary Internal Medicine).

The most critical piece of information for a diagnosis is your description of your dog’s seizures.

Veterinary neurologists classify seizures based on:

Where they originate in the brain

How they present in the body

This system, developed in 2015, separates seizures into two main types:

Focal Seizures – Affect a specific area of the brain, causing symptoms like twitching in one limb or unusual behavior (e.g., snapping at the air, repetitive blinking).

Generalized Seizures – Involve the entire brain and body, often leading to convulsions, loss of consciousness, or muscle stiffness. These are the most common seizures in dogs with epilepsy.

Your veterinarian will perform several tests to rule out underlying conditions that could be causing seizures:

Physical Exam & Medical History – A full health evaluation to look for signs of other illnesses.

Blood & Urine Tests – Help detect infections, metabolic diseases, or organ dysfunction that could trigger seizures (Cornell University College of Veterinary Medicine).

X-rays & Ultrasounds – Used to check for structural issues, tumors, or injuries.

If no clear cause is found through these initial tests, your vet may refer you to a specialist for advanced imaging.

MRI & CT Scans: Advanced Diagnostics for Epilepsy
A veterinary technician positioning a dog on a CT machine for an imaging scan to diagnose epilepsy.
CT scans help diagnose epilepsy in dogs by identifying brain abnormalities that may be causing seizures.

When standard tests don’t provide answers, MRI (magnetic resonance imaging) or CT (computed tomography) scans are the best way to assess your dog’s brain for structural abnormalities, such as:

Tumors or brain lesions

Congenital malformations

Signs of inflammatory brain disease

The more information your vet has, the better your chances of getting an accurate diagnosis and developing the right treatment plan. In the next section, we’ll explore the different types of epilepsy in dogs and how they impact treatment options.

Types of Epilepsy in Dogs

Understanding the different types of epilepsy in dogs is crucial for accurate diagnosis and effective management. Veterinarians generally classify canine epilepsy into three main categories:

Idiopathic Epilepsy

This form has no identifiable structural cause and is often presumed to be genetic. Dogs with idiopathic epilepsy experience recurrent seizures but appear normal between episodes.

Structural Epilepsy

This type results from detectable abnormalities within the brain, such as tumors, trauma, or inflammation. Advanced imaging techniques like MRI can often reveal these structural issues. Dogs with structural epilepsy may exhibit additional neurological signs even when not seizing.

Epilepsy of Unknown Cause

In these cases, a structural cause is suspected but cannot be definitively identified, even with advanced diagnostics.

Reactive Seizures vs. True Epilepsy in Dogs

Additionally, it's important to distinguish reactive seizures from true epilepsy. Reactive seizures are responses to metabolic issues or toxin exposure affecting an otherwise healthy brain. Common causes include hypoglycemia, electrolyte imbalances, or ingestion of toxic substances. (PubMed)

Note: Early and precise diagnosis is essential for managing epilepsy in dogs. If your pet exhibits seizure activity, consult with a veterinarian promptly.

Treatment for Epilepsy in Dogs
A person holding a pill in their hand with a small dog waiting in the background, representing epilepsy treatment.
Anticonvulsant medications help manage epilepsy in dogs and reduce seizure frequency with proper dosing.

Once your dog has been diagnosed with epilepsy, your veterinarian will develop a treatment plan to help manage seizures. In most cases, anticonvulsant medication is the first line of defense, and treatment is typically lifelong. Stopping medication suddenly can worsen seizures, so consistency and monitoring are key (American College of Veterinary Internal Medicine).

Common Medications for Canine Epilepsy

Phenobarbital – One of the most commonly prescribed anticonvulsants, requiring twice-daily dosing and regular blood tests to monitor effectiveness and side effects (AKC Canine Health Foundation).

Potassium Bromide – Often used in combination with phenobarbital or as an alternative for dogs that don’t tolerate other medications.

Levetiracetam (Keppra®) and Zonisamide – Newer anticonvulsants that may be used when traditional medications are ineffective or cause side effects (Today's Veterinary Practice).

While many dogs respond well to medication and live normal lives, some may still experience breakthrough seizures. If this happens, your vet may adjust dosages or try alternative treatments.

For dogs with uncontrolled seizures, advanced diagnostics like MRI and CT scans at Sage Veterinary Imaging can help rule out underlying brain conditions and guide a more targeted treatment plan.

SVI: Leaders in Finding Answers For Your Pets
Veterinary team in Round Rock, Texas standing together, dedicated to providing expert care for pets.
The expert veterinary team in Round Rock, Texas provides compassionate, high-quality care for your pet.

At Sage Veterinary Imaging (SVI), we specialize in providing high-resolution MRI and CT scans to help diagnose complex conditions like epilepsy in dogs.

With state-of-the-art imaging technology, we deliver twice the resolution in half the time, ensuring fast and accurate results when your pet needs them most.

For over 10 years, our team of board-certified radiologists, surgeons, and veterinarians has been helping pet owners get the answers they need in Texas. Now, with a new location in Sandy, Utah, we’re expanding our mission to provide top-tier veterinary diagnostics to more pets and their families.

If your dog is experiencing seizures or unusual neurological symptoms, early and precise diagnosis is key. Advanced imaging can help identify the cause and guide the best treatment plan.

Contact Us to find an MRI or CT scan for dogs in Texas or Utah today.
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Round Rock, Texas (512) 688-9404 - Spring, Texas (281) 205-4050 - Sandy, Utah (385) 707-5361
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Ref: https://www.sageveterinary.com/blog/sm58yyozh5uzejme5h58f9d5hmmxsb

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